MAX3077EESA+T - Maxim

Small, High-Performance USB Switches Integrate Low

Power and High-ESD Protection

Multiplex Both USB and Analog Signals in Handheld Devices

The MAX14585*/MAX14585A* high-ESD-protected DPDT switches multiplex Hi-Speed USB (480Mbps) and

analog signals such as AC-coupled audio or video. These devices combine the low on-capacitance (CON) and

low on-resistance (RON) necessary for high-performance switching applications in portable electronics. They

include an internal negative supply to pass audio signals that swing down to -1.8V below ground.

*Future product—contact factory for availability.

**Human Body Model.

High-Performance USB Switches

Low Power Consumption for Extended

Battery Operation

• Low supply current 6µA (typ)

• Single 2.7V to 5.5V supply operation (VCC)

High Level of Integration for Design

Flexibility and Performance

• 3Ω (typ) on-resistance

• 950MHz bandwidth

• 0.05% THD+N audio channel

• Audio channel override control input

• Distortion-free negative signal throughput

down to -1.8V on audio channel

• 28V-capable VB input with automatic USB

selection by VBUS detection

• Low-capacitance Hi-Speed USB for both USB inputs

• Dual power supply architecture (VB and VCC)

• ±15kV HBM** ESD protection on COM_ pins

Reduces Required Board Space

• Internal shunt resistor reduces click and pop

(MAX14585)

• 1.4mm x 1.8mm, 10-pin UTQFN package

Part Configuration Supply Voltage

(V) VBUS

Detection/Enable Shunt Resistor Package

(mm x mm)

MAX14585*

DPDT

2.7 to 5.5 or VBUS Detection ✓

10-UTQFN (1.4 x 1.8)

MAX14585A*

MAX14508E

2.7 to 5.0 Enable ✓

MAX14509AE

MAX14510E

DetectionMAX14531E DP3T 2.7 to 5.5 12-WLP (1.5 x 2)

MAX14532E ✓

MAX14585

ONLY

VVBDET

AN02

GND AOR

AN01

UNC2 COM1

COM2

VBUS

VCC

UNC1

3.0V 0.1µF

VCCINT

MAX14585*

MAX14585A*

AUDIO

AMPLIFIER

HI-SPEED

USB

TRANSCEIVER

USB + AUDIO

CONNECTOR

The MAX14583E is an independently controlled, high-density 8:2 multiplexer that supports signal levels from

-5.5V to +5.5V. This device features a bidirectional I2C serial interface, allowing the microprocessor to control

the switching paths in either direction.

Enhanced Circuit Design Versatility

• I2C-controlled 8:2 multiplexer

• Slave address select (SAS) input

• +2.8V to +4.5V single-supply voltage

• Wide power-supply range and various

signal levels

• VCC > +2V: -5.5V to +5.5V

• VCC < +2V: 0 to +5.5V

Tiny 8:2 Multiplexer Provides Design Flexibility for

Portable Applications

Features I2C Interface and ±5V Signal Range in Only 2.8mm2

Part Configuration Control Signal Voltage

Range (V) Package

(mm x mm)

MAX14583E 8:2 I2C -5.5 to +5.5 16-WLP (1.68 x 1.68)

Suitable for Industrial Applications Environments

• -40°C to +85°C operating temperature range

• Protected against 0 to +5.5V input range at VCC = 0V

• ±8kV HBM ESD protection on AA and BA output pins

Space-Efficient IC for Reduced Design Size

• Small 1.68mm x 1.68mm, 16-bump WLP package

High-Quality Audio Signal Performance

• Distortion-free negative signal throughput

AUDIO MICROPHONE

µC

8:2 MULTIPLEXER

MAX14583E

CLOCK SIGNAL

VIDEO SIGNAL

DIGITAL SIGNAL

ANALOG SIGNAL

CONTROL SIGNAL

SENSOR

SPEAKER

Low-Voltage, High-Performance, Versatile Switches

Selector Guide

Part Interface Signal Voltage Range

(V) Supply Range

(V) Package

(mm x mm)

MAX4902 2 x SPST

(VCC - 5.5V) to VCC 1.8 to 5.5

9-UCSP™ (1.5 x 1.5)

MAX4903 1 x SPDT

MAX4908 2 x SP3T 12-UCSP (1.5 x 2)

MAX4910 4 x SPDT 16-TQFN-EP (3 x 3)

MAX14504

1 x DPDT

±5.5 2.3 to 5.5 12-WLP (1.56 x 2.14)

MAX14535E -1.5 to min (VCC, 3V) 1.8 to 5.5 10-UTQFN (1.4 x 1.8)

MAX14589*/94* ±5.5 1.6 to 5.5 9-WLP (1.25 x 1.25)

Negative-Rail Audio/Video Switches

UCSP is a trademark of Maxim Integrated Products, Inc.

*Future product—contact factory for availability.

Data/USB Switches

Low-RON Switches

Part Interface Signal Input Supply Range

(V) Package

(mm x mm)

MAX4760 4 x DPDT USB

1.8 to 5.5

36-UCSP (3 x 3)

MAX4761 4 x SPST

MAX4948 6 x SPDT SDIO 24-UCSP (2.5 x 2.5)

MAX4983E 2 x SPDT Hi-Speed USB 10-UTQFN (1.4 x 1.8)

MAX4996 6 x SPDT SD 2.0/SDIO 2.8 to 5.5 24-TQFN-EP (3.5 x 3.5)

MAX14510E 1 x DPDT

Hi-Speed USB/audio

2.5 to 5.5 10-TQFN (1.4 x 1.8)

MAX14531E 2 x SP3T 2.7 to 5.0 12-WLP (1.5 x 2)

MAX14585*/85A* 1 x DPDT 2.7 to 5.5 10-TQFN (1.4 x 1.8)

Part Interface RON

(Ω) Supply Range

(V) Package

(mm x mm)

MAX4714 1 x SPDT 0.8 1.6 to 3.6 6-μDFN (1 x 1.5)

MAX4740 4 x SPDT 0.6 1.6 to 5.5 16-UTQFN (2.5 x 2.5)

MAX4751 4 x SPST 0.9 1.6 to 3.6 16-TQFN (3 x 3)

MAX4992 2 x SPDT 0.6 1.8 to 5.5 10-UTQFN (1.4 x 1.8)

MAX14589*/94* 1 x DPDT 0.5 1.6 to 5.5 9-WLP (1.25 x 1.25)

Charger Detector Enables Universal USB Charging

• Mobile device vendors ship proprietary AC

charger adapter with their products

• Accumulation of incompatible charger adapters

is wasteful and inconvenient for the user

• Provides USB power adapter detection

• Allows USB charging from various adapters

• Enables USB dead battery charging support

without complex software modification

As consumers buy more portable devices, they become overwhelmed with managing the various power

adapters that have nonstandard connectors. Solving this issue, the micro USB connector has been universally

accepted for battery charging and data transfer. Though USB requirements are complex, the MAX14578’s

charger detection, overvoltage protection, and current-limit switching ease the implementation of micro USB

connectors to simplify the user experience.

CD+TD+

CD-TD-

D+

D-

VCC VB

1µF

D-

GND

D+

VBUS

BAT

CE1

BATTERY

CE2 GND

1µF

INT

SCL

SDASDA

MAX14578

AUDIO CODEC/

AMPLIFIER

MICRO-B

USB

CONNECTOR

EXTERNAL CHARGER

MAX8903

(MAX8677/MAX8934)

USUS

DCM (DC) IUSB (USB) CHG

LDO

APPLICATIONS

PROCESSOR

CONTROL

LOGIC

SUS_LO = 1 CE0

USB CHARGER

DETECTION

MAX14575*

250mA TO

2.5A CLS

CHARGER

APPLICATIONS

PROCESSOR

CHARGER

CONTROL

MAX14562

REGULATED

OUTPUT OVP

MAX14578

USB CHARGER

DETECTOR

GND

D+

D-

VBUS

MAX14578—Truly Universal Charging SolutionNonstandard Chargers—Wasteful and Inconvenient

*Future product—contact factory for availability.

New Family of 70V Switches and Multiplexers Provides

Superior Robustness

Ideal for Both Industrial and Battery-Management Applications

Part Configuration Function Channels Single Voltage

Supply (V) Dual Voltage

Supply (V) RON

(Ω, max) RFLAT(ON)

(Ω, typ) IL(OFF)

(nA) Package

(mm x mm)

MAX14752 8:1 Open 1

70 ±10 to ±35

130 0.03 20

16-TSSOP

(5 x 6.4)

MAX14753 4:1 2

MAX14756

SPST

Closed

4 10 0.004 2.5MAX14757 Open

MAX14758 Open/closed

70V Multiplexers and Switches

Industrial PLC and Test & Measurement

• Wide single 70V (max) and dual ±35V (max)

supply voltages eliminate external OVP diodes

and opto relays

• Excellent RON flatness improves voltage

measurements

• Device enable pin (EN) provides flexible logic

level interfacing for multivoltage systems

Li+ Battery-Management Systems

• Wide single 70V (max) supply voltage meets

high-cell-count requirements

• Single 8:1 and dual 4:1 configurations enable

flexible system design

• Low RON flatness allows highly accurate

measurements across each cell voltage

MULTIPLEXERS: MAX306/07

SWITCHES: MAX312/13/14 MULTIPLEXERS: MAX14752/53

SWITCHES: MAX14756/57/58

VOLTAGE (V)

THEN

NOW

36V

70V

Midvoltage (±4.5V to ±20V) Switches and Multiplexers

Part Function Supply Voltage (V) RON (Ω, max) IL(OFF) (nA) RFLAT(ON) (Ω, max) Packages

MAX312/13/14 4 x SPST NC/NO

±4.5 to ±20

10 0.5 1.5 16-PDIP/SO/TSSOP, 16-DIP (ceramic), dice

MAX317/18/19 SPST NC/NO 45 0.25 2 8-SO/PDIP, 8-DIP (ceramic), dice

MAX333A 4 x SPST NC/NO 35 20-TSSOP/PDIP/SO/SSOP, 20-DIP (ceramic), dice

MAX4647/48/49 SPST/SPDT 45 4

6-SOT23

MAX306/07 2 x 8:1/16:1 100 0.75 28-SO/PDIP/TSSOP/PLCC, 28-DIP (ceramic), dice

MAX308/09 2 x 4:1/8:1 100

General Purpose

Part Function Supply Voltage (V) RON (Ω, max) IL(OFF) (nA) Fault Protection (V) Packages

MAX312F/13F/14F 4 x SPST NC/NO ±4.5 to ±20

10 1 ±40 off, ±36 on 16-PDIP/SO

MAX4885 160 0.5 16-PDIP/SO, 16-DIP (ceramic),

dice

MAX4885E 2 x 4:1/8:1 400 2 ±40 off, ±25 on

MAX4885AE ±4.5 to ±18 350 0.5 ±40

Fault Protection

Part Function Supply Voltage (V) RON (Ω, max) IL(OFF) (nA) RFLAT(ON) (Ω, max) Packages

MAX312L/13L/14L 4 x SPST NC/NO ±4.5 to ±20 10 0.5 2 16-PDIP/SO/TSSOP

DG417L/18L/19L SPST NC/NO 35 0.25 4 8-PDIP/SO/µMAX

3V Low-Logic Compatible

Part Function Supply Voltage (V) RON (Ω, max) IL(OFF) (nA) RFLAT(ON) (Ω, max) Packages

MAX4667/68/69 2 x SPST NC/NO

±4.5 to ±20 2.5 0.5 0.4 16-PDIP/SO

MAX4601/02/03 4 x SPST NC/NO 16-PDIP/SO/SSOP

MAX4604/05/06 5 0.5 16-PDIP/SO

Low RON

Part Function Supply Voltage (V) RON (Ω, max) IL(OFF) (nA) RFLAT(ON) (Ω, max) Packages

MAX336/37 2 x 8:1/16:1 ±4.5 to ±20 400 0.05 —28-SO/SSOP/PDIP, dice

MAX338/39 2 x 4:1/8:1 16-QSOP/PDIP/SO/TQFN, 16-DIP (ceramic), dice

Low Leakage

Dual-Channel Buffers Support Up to 6Gbps Data Rates

and Minimize Jitter Effects

Save Space and Cost in Enterprise and Computing Applications

Part Supply Voltage

(V) Channels Interface*

(Speed) OOB

Detection Power-Save

Mode Programmable

Input Equalization Output

De/Preemphasis Deterministic

Jitter Package

(mm x mm)

MAX4951BE 3.3 2 eSATA (6Gbps) ✓ ✓ ✓ ✓ 20 20-TQFN

(4 x 4)

MAX4951C iSATA (6Gbps)

BEFORE AFTER

Reduces system

jitter by squaring

the signal

Protects against

unwanted noise

with out-of-band

(OOB) detection

Dynamic power-down

feature reduces power

consumption by 75%!

(MAX4951BE)

Reduces system

jitter by squaring

the signal

Protects against

unwanted noise

with out-of-band

(OOB) detection

Dynamic power-down

feature reduces power

consumption by 75%!

(MAX4951BE)

Reduces system

jitter by squaring

the signal

Protects against

unwanted noise

with out-of-band

(OOB) detection

Dynamic power-down

feature reduces power

consumption by 75%!

(MAX4951BE)

GPIO

GNDPBPA

VCC

SATA HOST

CONTROLLER

eSATA DEVICE CONNECTOR

AINP

AINM

BOUTM

BOUTP

AOUTP

AOUTM

BINM

CAD

BINP

MAX4951BE

Save Space and Reduces BOM Cost

• Single +3.3V supply operation eliminates need for

costly LDO

• Integrated 50Ω input/output termination resistors

Two Integrated Modes Conserve Power and

Battery Life

• SATA cable/drive detect consumes only 500µA (typ)

• Dynamic power reduction reduces power by ≥ 70%

High Performance Increases Design Flexibility

• Supports SATA Rev 2.0 and 3.0 output levels

• Supports SATA OOB signaling

• Input equalization and selectable preemphasis

compensate for longer traces

*eSATA = external SATA; iSATA = internal SATA

Integrated Redriver Enhances Signal Integrity

at PCIe 3.0 Speeds

Ideal for Enterprise Systems with Long Traces of Stripline, Microstrip, or Cables

The MAX14950 is a 4-channel redriver/equalizer with programmable input equalization and output deemphasis

to compensate for circuit board loss, all while redriving high-speed signals at PCIe® 3.0 (up to 8.0 GTps) data rates.

Part Supply

Voltage

(V) Channels Interface

(Speed) OOB

Detection Power-Save

Mode

Programmable

Input

Equalization

Output

De/Preemphasis

Deterministic

Jitter

(ps, max)

Package

(mm x mm)

MAX4952

3.3

4SAS 2.0

(6Gbps) ✓

✓

✓ ✓ 20 42-TQFN (3.5 x 9)

MAX4952A 228-TQFN (3.5 x 5.5)

MAX4952B

20-TQFN (4 x 4)

MAX4950 4 PCI Express®

(PCIe) 2.0

(5GTps)

✓ ✓

42-TQFN (3.5 x 9)

MAX4950A 2 PCIe 2.0

(5GTps) 36-TQFN (6 x 6)

MAX14950 4 PCIe 3.0

(8GTps) 42-TQFN (3.5 x 9)

Power-Saving Redrivers for Enterprise Applications

4 DIFFERENTIAL PAIRS Rx

MIDPLANE

REMOTE BOARD

4 DIFFERENTIAL PAIRS

CONNECTORS

MAIN BOARD

MAX14950

Four lanes in one direction

allow for optimal

Tx and Rx channel placement

+3.3V single-supply

operation eliminates

need for LDO

Electrical-idle and

receiver detection

maximize power savings

Drive PCIe and

SAS signals over

25in of stripline!

PCIe CONNECTOR

PCIe CONTROLLER

PCI Express and PCIe are registered trademarks of PCI-SIG Corporation.

High-Speed Devices Save Power and Simplify Notebook

Design While Improving Signal Integrity

Let Maxim’s High-Speed Switches Inspire Your Next-Generation Notebook Designs

Maxim's Total System Solution Optimizes

Performance with Enhanced Feature Set

• Video devices include ultra-high bandwidth

and ±15kV ESD performance

All Redriver Solutions Integrate a Low-Power

Setting Ideal for Saving Power in Portable

Applications

• Dynamic power reduction and cable-

detection modes (MAX4951BE/MAX4951C)

Innovative Designs Eliminate Need for Costly

LDOs/Linear Regulators

• Redrivers and high-speed digital video passive

switches use Maxim’s +3.3V single-supply

operation

• Low RON, compensation, and fast timings

enable high resolution and fast synching, plus

prevent signal loss

USB 3.0

MAX14566

HOST ID SWITCH

MAX14972*

USB 3.0 REDRIVER

MAX4951C

iSATA REDRIVER

MAX4885E

VGA 1:2 MUX,

H/V INPUTS,

±15kV ESD PROTECTION

SSD HDD

4 x DP1

VGA, H/V,

DDC, HPD

USB

CONNECTOR

eSATA

DISPLAYPORT/

HDMI NOTEBOOK

DOCK: DISPLAYPORT/

HDMI AND VGA

VGA NOTEBOOK

MAX14998

1:2, 4 x DISPLAYPORT

MUX WITH SEPARATE

AUX + HPD CONTROL

MAX4951BE

REDRIVER HDD

NOTEBOOK DOCK

NOTEBOOK

PCH

NOTEBOOK

MONITOR

*Future product—contact factory for availability.

MAX4940/MAX4940A

Quad-Channel, High-Voltage, 2.0A Digital

Pulsers

• Integrated active clamps minimize 2nd-

harmonic distortion and reduce power

consumption by 66% vs. HDL6V5581

• Capacitive architecture eliminates need for

large, costly floating regulators and complex

power sequencing

• AC-coupled architecture reduces overall

footprint by up to 45% vs. HDL6V5581

• Five-level pulsing with active damping enables

transmission for complex systems (MAX4940A)

MAX14802/MAX14803/MAX14803A

MAX4968*/MAX4968A*

16-Channel, High-Voltage Muxes

• Industry's smallest (32mm2)—saves > 60%

space over the competition (MAX14803A)

• Innovative architecture eliminates need for two

dedicated high-voltage supplies (MAX4968/68A)

• > 50% better charge injection performance

than the competition (MAX4968/68A)

• Latch-free design eliminates reliability issues

(MAX4968/68A)

High-Voltage Ultrasound Pulsers and Switches Enhance

Ultrasound Images

Provide Superior Performance and Design Flexibility

ELEMENTS

LV Rx

HV Tx

ELEMENTS

PHASED ARRAY

LINEAR

RT3D

DIGITAL

PULSER

TRANSDUCERS

1 OF n TRANSMIT/RECEIVE

CHANNELS SIGNAL

PROCESSING

TRANSDUCERS

T/R

SWITCH

HV MUX

CONNECTOR MUX

For More Information on Maxim’s Industry-Leading Ultrasound Solutions,

Visit: www.maxim-ic.com/Ultrasound

*Future product—contact factory for availability. Specifications are preliminary.

Improvements Over the Competition

High-Bandwidth ICs Selector Guide

Part Supply

Voltage

(V) Channels Mux Interface

(Speed) OOB

Detection Power-Save

Mode

Programmable

Input

Equalization

Output De/

Preemphasis

Deterministic

Jitter

(ps, max)

Package

(mm x mm)

MAX4951BE

3.3

—

eSATA (6Gbps)

✓

✓ ✓ 20

20-TQFN (4 x 4)

MAX4951C iSATA (6Gbps)

MAX4952 4

SAS 2.0 (6Gbps)

42-TQFN (3.5 x 9)

MAX4952A 228-TQFN (3.5 x 5.5)

MAX4952B

20-TQFN (4 x 4)

MAX4950 4 PCIe 2.0 (5GTps)

✓ ✓

42-TQFN (3.5 x 9)

MAX4950A 2 36-TQFN (6 x 6)

MAX14950 4 PCIe 3.0 (8GTps)

42-TQFN (3.5 x 9)MAX4986 2 1:2 SAS 2.0 (6Gbps) ✓20

MAX4969 PCIe 2.0 (5GTps)

High-Speed Redrivers (PCIe, SAS, SATA, etc.)

Part Supply Voltage (V) Channels/Configuration Interface Bandwidth (MHz) On-Resistance (Ω) Package (mm x mm)

MAX4887

1:2/2:1 RGB 500 4 16-TQFN (3 x 3)

MAX4885

VGA

350 7 32-TQFN (5 x 5)

MAX4885E 1:2 1000 6 24-TQFN (4 x 4)

MAX4885AE 2:1 900 528-TQFN (4 x 4)

MAX14885E 2:2 700 40-TQFN (5 x 5)

High-Frequency Analog Video Switches

High-Speed Passive PCIe and Digital Video Switches

Part Supply Voltage

(V) Channels Configuration Interface (Speed) On-Resistance

(Ω) Package

(mm x mm)

MAX4888/88A

3.3

1:2/2:1 PCIe 1.0, 2.0 (5GTps) 7 28-TQFN (3.5 x 5.5)

MAX4889/89A 4 7 42-TQFN (3.5 x 9)

MAX4889B/89C 4 PCIe 3.0 (8GTps) 6.4

MAX4928A/28B 6 1:2 PCIe 1.0, 2.0 (5GTps); DisplayPort 1.2 (21.6Gbps) 8 56-TQFN (5 x 11)

MAX4998 4 1:2/2:1 PCIe 3.0 (8GTps); DisplayPort 1.2 (21.6Gbps) 7 28-TQFN (3.5 x 5.5)

MAX14998

42-TQFN (3.5 x 9)

MAX14886 2:1 HDMI 1.4 (100Mbps); DisplayPort 1.2 (21.6Gbps) 6 40-TQFN (5 x 5)

MAX14979E 1:2/2:1 LVDS (up to 1.3Gbps) 4 36-TQFN (6 x 6)

Design Resources

Application Notes: www.maxim-ic.com/MuxSwitch-AppNotes

Evaluation Kits: www.maxim-ic.com/MuxSwitch-EVkits

Frequently Asked Questions: www.maxim-ic.com/MuxSwitch-FAQs

Parametric Search: www.maxim-ic.com/MuxSwitch-Search

36V Overvoltage Protectors Handle 3A for High-Power

Applications

Part Supply Voltage

(V) OVLO

(V) UVLO

(V) RON

(mΩ) Features Overcurrent

Mode Package

(mm x mm)

MAX14527/28 2.2 to 28 5.8/6.8

—

100 Adjustable OVLO from 4V to 8V

—

8-TDFN

(2 x 2)

MAX14562 2.2 to 36 5.15 160 Regulated 5.15V output

MAX14586/90 7/15 48 3A continuous current capability,

4V to 20V (adj) OVLO

MAX14529E/30E

2.2 to 28

5.8/6.8 35 USB charger detection, 3.3V LDO,

±15kV ESD protection*

12-WLP

(2 x 1.5)

MAX4970 5.8

2.45 40 EN input, negative overvoltage

protection

Autoretry

MAX4971 6.35

MAX4972 4.65

MAX4978 2.3 to 28 5.7 4.4 85 Active current limit, battery

overcharge protection 8-TDFN

(2 x 2)

MAX4980/81 2.63

MAX4944

2.2 to 28

6.35 4.15 80 Negative polarity protection† 8-µDFN

(2 x 2)

MAX4945 5.8

MAX4949 8.9 2.45 Latchoff

Additional overvoltage protectors are available—contact the factory for unlisted options.

Overvoltage Protectors with Integrated FET

OVLO

GND

OUT

1µF

POWER

ADAPTER CHARGER

Li+

BATTERY

MAX14586

MAX14590 PMIC

Protects high-power portable electronics

and industrial equipment

• Input-voltage protection up to +36V

• Integrated 48mΩ (typ) MOSFET switch

Flexible overvoltage-protection design

• Adjustable overvoltage protection trip level

• Accurate preset internal overvoltage

thresholds (OVLOs)

Additional protection features increase

system reliability

• Soft-start minimizes inrush current

• Internal 15ms startup delay

• Thermal-shutdown protection

*Human Body Model (HBM). Requires 1µF capacitor on IN; no capacitor required for ±2kV HBM ESD protection.

†Optional. Requires external pFET.

NETWORK

Easily Add High-ESD Protection to an Existing System

Part Channels

ESD Protection (kV) Input

Capacitance

(pF)

VSUPPLY

(V) Package

Human Body

Model IEC 61000-4-2

Contact Discharge IEC 61000-4-2

Air-Gap Discharge

MAX3207E

±15

±8 ±15 2.5 0.9 to 5.5 6-SOT23

MAX3202E 5.0 6-TDFN, 4-UCSP, 4-WLP

MAX13202E ±12 ±30 6.0 0.9 to 16.0 6-µDFN

MAX3203E 3

±8 ±15

5.0

0.9 to 5.5

6-TDFN, 5-UCSP, 6-WLP

MAX3208E

2.6 10-µMAX, 16-TQFN

MAX3204E 5.0 6-TDFN, 6-UCSP, 6-WLP

MAX13204E ±14 ±30 6.0 0.9 to 16.0 6-µDFN

MAX3205E

6±8 ±15 2.5 0.9 to 5.5 16-TQFN, 8-UCSP

MAX3206E 5.0 12-TQFN, 8-UCSP

MAX13206E ±14 ±30 6.0 0.9 to 16.0 8-µDFN

MAX13208E 8 10-µDFN

ESD-Protection Diode Arrays

FireWire is a registered trademark of Apple Inc.

µMAX is a registered trademark of Maxim Integrated Products, Inc.

MAX13202E/04E/06E/08E

±30kV ESD-Protection Diode Arrays

• Protect sensitive electronics attached to

communication lines

• Each channel consists of a pair of diodes that steer

ESD current pulses away from protected circuitry

to VCC or GND

• Ultra-low 1nA (max) leakage current eases limited

power budgets

• Low 6pF input capacitance is ideal for high-speed

data lines

0.1µF

I/O_I/O

VCC

MAX13202E

MAX13204E

MAX13206E

MAX13208E

PROTECTED

CIRCUIT

tR =

0.7ns to 1ns 30 60

100

PEAK

(%)

TIME (ns)

ESD Generator Current Waveform

ESD-protected up to ±15kV HBM and ±30kV Air-Gap

Discharge, as specified in IEC 61000-4-2. The MAX13204E quad-ESD structure is designed for Ethernet and FireWire® (IEEE 1394)

applications, while other 2-/6-/8-channel configurations are suitable for phone and

video connections, etc.

Current-Limit Switches Selector Guide

Part Current Limit

Threshold (mA) Supply Voltage

(V) RON

(mΩ) Overcurrent Mode Fault

Output Package

MAX4785

2.3 to 5.5

700

Latchoff ✓4-/5-SC70

MAX4786 Autoretry 4-SC70

MAX4826

Latchoff ✓6-µDFNMAX4830 1400

MAX4914B

100

200

MAX4787

700

4-/5-SC70

MAX4788 Autoretry 4-SC70

MAX4829

✓

6-µDFN

MAX4832/33 2.5 to 5.5 750 Continuous 6-TDFN

MAX4789

200

2.3 to 5.5 200

Latchoff 4-SOT143, 5-SOT23, 6-TDFN

MAX4790 Autoretry 4-SOT143, 6-TDFN

MAX4915A/B Autoretry (MAX4915A), latchoff (MAX4915B) ✓6-µDFN, 5-SOT23

MAX4791

250

Latchoff 4-SOT143, 5-SOT23, 6-TDFN

MAX4792 Autoretry 4-SOT143, 6-TDFN

MAX4834/35 2.5 to 5.5 400 Continuous ✓6-TDFN

MAX4793

300 2.3 to 5.5

200

Latchoff 4-SOT143, 5-SOT23, 6-TDFN

MAX4794 Autoretry 4-SOT143, 6-TDFN

MAX4917A/B Autoretry (MAX4917A), latchoff (MAX4917B)

✓

6-µDFN, 5-SOT23

MAX4795 450

2.0 to 4.5

Latchoff

5-SOT23

MAX4796 Autoretry

MAX4797

500

Latchoff

MAX4798 Autoretry

MAX4836/37 2.5 to 5.5 400 Continuous 6-TDFN

Fixed Threshold

Part Current Limit

Threshold (mA) Supply Voltage

(V) RON

(mΩ) Overcurrent Mode Fault

Output Package

MAX4772 200, 500 2.0 to 4.5 200 Latchoff ✓6-SOT23

MAX4773 Autoretry

Pin-Selectable Threshold

Part Current Limit

Threshold (mA) Supply Voltage

(V) RON

(mΩ) Overcurrent Mode Fault

Output Package

MAX4995 50 to 600 1.7 to 5.5 130 Autoretry (A/AL/AF), latchoff (B), continuous (C)

✓

10-UTQFN, 6-SOT23, 8-TDFN

MAX14523 250 to 1500 70 Autoretry (A), latchoff (B), continuous (C) 8-TDFN

MAX14575* 250 to 2500 2.3 to 5.5 Autoretry (A/AL), latchoff (B), continuous (C)

Adjustable Threshold

*Future product—contact factory for availability.

Signal Routing & Protection-2 Rev 1 US 5/11

Maxim Integrated Products, Inc.

120 San Gabriel Drive

Sunnyvale, CA 94086

www.maxim-ic.com

For a complete list of Maxim's franchised distributors and sales offices, visit: www.maxim-ic.com/sales.

Versatile 250mA to 2.5A Current-Limit Switches Ensure

Reliability

LOAD

POWER

SUPPLY

µP

IN OUT

SETI

GND

1µF1µF

RSETI

VPULLUP

FLAG

10kΩ

CHARGE

PUMP

BIAS

VOLTAGE

CONTROL

LOGIC

CURRENT

REFERENCE

MAX14575*

Integrated FET’s low 50mΩ RON

makes this part suitable for

handling higher power

Optimized design fits in small

2mm x 2mm, 8-pin TDFN package

for small solution footprint

Warning flag output provides

feedback to system

• Blanking timeout

• Reverse-current detection

• Thermal shutdown

• Device disable status

Adjustable current-limit

threshold gives more

flexibility for customization

of system protection

Wide 250mA to 2.5A

current-limit range allows

use on multiple projects

without requalification

Additional protection increases

system reliability

• Reverse-current protection

• Short-circuit protection

• Thermal-shutdown protection

*Future product—contact factory for availability.